In this paper, we investigate the differences in wall heat transfer between the low-and high-
enthalpy turbulent boundary layers by exploiting direct numerical simulation databases of …

The influence of turbulence inflow generation on direct numerical simulations (DNS) of high-
speed turbulent boundary layers at Mach numbers of 2 and 5.84 is investigated. Two main …

We propose several enhancements to improve the accuracy and performance of the digital
filter turbulent inflow generation technique and assess their efficacy in the context of wall …

The mechanisms of unsteadiness in nominally two-dimensional (2-D) shock/turbulent-
boundary-layer interactions (STBLIs) cannot be directly extended to three-dimensional (3-D) …

We perform a computational study on the effects of localized arc filament plasma actuator
based control on the flow field and acoustics of a supersonic 2: 1 aspect ratio rectangular jet …

In this paper, a direct numerical simulation is performed to study the wake structures of a
micro-ramp vortex generator in the hypersonic flow. The whole evolution process of vortical …

The separation length employed to scale unsteady phenomena in strong (separated)
nominally two-dimensional (2-D) shock/turbulent-boundary-layer interactions cannot be …

Literature regarding hypersonic shock/boundary-layer interaction is mostly restricted to
calorically perfect gases, even though this condition is far from reality when temperature …

The unsteady characteristics of shock-wave/boundary-layer interaction induced by a blunt
fin in Mach 3 flow were studied using enhanced delayed detached eddy simulation with …

Boundary layer instabilities and shock–boundary-layer interactions (SBLIs) critically affect
the performance and safe operation of mixed-compression air intakes. We present a …